Outdoor fan, switch and receptacles

Have a roof covering my patio and now want to install a couple receptacles, a switch and a ceiling fan under the roof. Power from the panel will go first into a GFI outlet. Then I want to add another outlet that will be powered from the LOAD side of the GFI. I am a little confused on how to take power to the switch.

In the diagrams below is one way more preferred over the other as far as the load side of the GFI giving power to the other receptacle and switch(1) or should the power for the switch be grabbed with the line side of the GFI(2)?

All wires will be run in PVC conduit underground and along wood framing of support for roof.

Outdoor fan, switch and receptacles

Go with drawing (1). if you do drawing (2) it will trip when you use the fan.
Use single conductors,(THWN), romex is not permitted in wet locations

Thanks to all who gave advice. I thought just the opposite that it would could trip if I went with #1. Why could it trip with drawing #2?

On another forum someone said:
"The fan should be high enough that it would not need to be on the GFCI, so either wiring diagram will work. I, personally, do not like to see stationary motors wired through a GFCI because of false tripping, so I would use the second one"

Outdoor fan, switch and receptacles

In (2) you're pulling the neutral from the LOAD side of the GFCI, and the feed from the LINE side, the GFCI will see that whats going out on the LOAD black(feed) does not equal the LOAD white(neutral) coming back, causing the GFCI to trip

Outdoor fan, switch and receptacles

Quote:

Originally Posted by Gac66610

In (2) you're pulling the neutral from the LOAD side of the GFCI, and the feed from the LINE side, the GFCI will see that whats going out on the LOAD black(feed) does not equal the LOAD white(neutral) coming back, causing the GFCI to trip

Outdoor fan, switch and receptacles

Quote:

Originally Posted by Gac66610

In (2) you're pulling the neutral from the LOAD side of the GFCI, and the feed from the LINE side, the GFCI will see that whats going out on the LOAD black(feed) does not equal the LOAD white(neutral) coming back, causing the GFCI to trip

That kind of makes sense. I may setup a circuit on my bench using just a light bulb in place of the fan and test this out.